Intelligent water pump gate dispatching decision-making system and dispatching process thereof

Abstract

The invention relates to an intelligent water pump gate dispatching decision-making system and a dispatching process thereof. The system comprises a station pump gate dispatching system, a central pump gate dispatching system and a cloud computing data service center which are in signal connection with one another, and the central pump gate dispatching system realizes information sharing with thestation pump gate dispatching system through the cloud computing data service center and remotely controls the station pump gate dispatching system; and the central pump gate dispatching system comprises a water resource comprehensive management module, a pump gate dispatching function module, a meteorological data acquisition module, a GIS system module, a flood control and drainage state moduleand an early warning prompt module which are in signal connection with the cloud computing data service center. The cloud computing data service center sends an instruction to the station pump gate scheduling system through the early warning prompt module and the pump gate scheduling function module; and, according to the invention, information sharing and remote scheduling among different scheduling systems can be realized, the potential of the existing water affair system is mined to the greatest extent, and the overall resistance to disasters such as rainstorm, high tide, flood and the likeis improved.

Description

technical field [0001] The invention relates to the technical field of pump gate management, in particular to an intelligent water pump gate dispatching decision-making system and its dispatching process. Background technique [0002] The essence of smart water is a comprehensive and holistic industry informatization development process, and it can also refer to a specific city or regional water system that conforms to the characteristics of intelligence. Smart water uses emerging information technology in the comprehensive management of urban water affairs, embeds and equips sensors into the water cycle system, and forms a "perceived Internet of Things" through universal connections, and then integrates water affairs and the Internet of Things through computers to couple with multiple sources Supported by the binary water cycle simulation, water resource regulation, and water affairs virtual reality platform, it completes the seamless integration between digital urban water...

AI Technical Summary

Problems solved by technology

[0003] In the traditional smart water management system, each subsystem operates independently, and information sharing cannot be realized between each subsystem, so that the same data is collected multiple times between different systems, resulting in a waste of system resources

[0004] In addition, in the traditional smart water management system, each site dispatching system is connected separately to the central dispatching system and is independent of each other; when a serious natural disaster occurs in a certain area, the water system in another area cannot be dispatched and activated in time, resulting in the The ability to resist disasters such as heavy rain, high tide, and floods is low, and serious damage will cause irreversible damage to residents in the disaster area